Supporting Information
The Supplement is a single document with multiple sections listed according to their order of citation in the main text. The different sections provide (1) detailed explanations of the different models: S1 – Mean angle condenser; S2 – Plane-wave model of the condenser; S3 – Extension of the Mie theory to oblique plane waves; S4 – Simplification of the Mie theory to the anomalous diffraction approximation; S5 – Equivalency of the Mie theory and the parabolic wave equation; S6 – Calculation of the nanosphere’s plane-wave and scattered-wave fields at the camera; S7 – Incoherent Beer’s law model; S11 – Calculation of polar tilt angle as a function of azimuthal angle in a tilted condenser; (2) calculation of specific model predictions: S8 – Effect of coherence patch size in the mean-angle condenser model; S12 – Radial intensity profiles of the tilted vs. non-tilted theory; S14 – Sensitivity of radial intensity profiles to deviations in nanosphere geometry; and (3) descriptions of experimental procedures and measurements: S9 – Rotation of the experimental data around the optical axis; S10 – Estimation of the axial tilt in the data; S13 – Structural characterization of the 60 nm gold nanospheres by SEM and TEM.
| Supporting Information File 1: Supplement. | ||
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